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General| Brand | Chevrolet |
|---|---|
| Model | Corvette 1975 |
| Category | Automobile |
| Language | English |
Explains the purpose and structure of the manual, how to follow procedures, and basic mechanic's rules.
Details essential tools for routine maintenance and tune-ups, emphasizing quality over cost.
Discusses the use and availability of specialized factory tools for specific repair procedures.
Explains how to identify vehicle serial numbers, body styles, and production details.
Details how to decode vehicle serial numbers, including manufacturer, model year, plant, and production data.
Details inspection, flushing, and refilling the cooling system, including pressure caps.
Details how to check refrigerant level using a sight glass or by feeling temperature differences.
Explains how to check and maintain automatic transmission fluid levels.
Discusses recommended oil service ratings and fuel octane ratings based on engine specifications.
Covers recommended mileage intervals for oil and filter changes based on driving conditions.
Provides a step-by-step procedure for safely jump-starting a vehicle's battery.
Provides essential safety rules and precautions for working on automobiles to prevent accidents.
Provides a chart for selecting the correct SAE viscosity oil based on anticipated temperature ranges.
Details safe methods for lifting and supporting a vehicle for service operations.
Instructions for checking the brake fluid level in the master cylinder.
Emphasizes the importance of tire pressure for fuel economy and wear, and how to check it.
Introduces specific procedures for tuning up the Corvette, referencing other sections.
Explains the function, heat range, and selection criteria for spark plugs.
Details how to adjust the point gap, which affects dwell angle, using an alien wrench.
Step-by-step guide for removing, inspecting, and installing spark plugs, including gap checks.
Covers the removal and replacement of distributor breaker points and condensers.
Details the procedure for adjusting valve lash on engines with hydraulic lifters and mechanical lifters.
Introduces the importance of idle speed and mixture adjustments for engine performance and emissions.
Breaks down the engine electrical system into starting, charging, and ignition systems.
Outlines the general procedure for removing the engine, including disconnecting systems and marking components.
Explains the role of the battery and the operation of the starting motor and solenoid.
Provides important points to consider before installing the engine, referencing removal procedures.
Step-by-step guide for adjusting ignition timing, including procedures for different model years.
Details how the automotive charging system works, including generators and alternators.
Lists precautions for safe handling of electrical systems and batteries to avoid damage.
Explains the electrical operation of the conventional ignition system, detailing points, condenser, and coil function.
Steps for installing a distributor without removing the engine, aligning marks and seating components.
Explains the function and main assemblies of the alternator (Delcotron).
Lists precautions to prevent damage to the alternator and regulator when working with the electrical system.
Details the procedure for adjusting voltage regulators of Type One and Type Two.
Step-by-step instructions for removing and installing the starter motor assembly.
Introduces standard engine overhaul procedures and the importance of machine shop services.
Explains the importance of compression checks and how they help diagnose engine wear.
Covers the removal and inspection of pistons and rings, including cleaning and measuring clearances.
Details the process of removing pistons and connecting rods, including ridge reaming and proper orientation.
Steps for installing the crankshaft after bearing clearance has been checked, including torquing and alignment.
Explains the mechanical operation of conventional ignition systems, including distributor and points.
Describes breakerless ignition systems like transistorized and HEI, comparing them to conventional systems.
Procedure for installing a distributor on an engine that has been removed or disturbed, focusing on timing.
Covers removal procedures for conventional, transistorized, and HEI distributors.
Provides isolation checks to diagnose charging system issues in externally regulated alternators.
Covers replacement of pressed-in diodes, bearings, and brush holder assemblies.
Lists tools required for engine overhaul, including specialized items and rental options.
Covers removal procedures for conventional, transistorized, and HEI distributors.
Details tests for alternator output and diagnosis of low charging rates.
Covers inspection, cleaning, and wear limit assessment for major engine components.
Lists safety precautions associated with auto body repair products and power tool usage.
Step-by-step procedure for assembling pistons and connecting rods, including wrist pin installation and rod cap orientation.
Explains how to adjust idle speed and mixture using a tachometer and vacuum gauge.
Explains how to interpret spark plug condition to diagnose engine health and performance.
Describes detonation as a broken plug insulator, its causes, and recommends replacing plugs after correction.
Index of common engine problems, their possible causes, and diagnostic procedures.
Provides tests and procedures for diagnosing starting system problems, from battery to starter motor.
Details tests and procedures for diagnosing primary electrical system issues, including ignition switch and coil.
Provides tests and procedures for diagnosing secondary electrical system problems, focusing on distributor components.
Provides a systematic approach to diagnosing electrical problems by checking circuit continuity and component function.
Lists possible causes for an engine that cranks but fails to start, such as improper procedure or fuel system issues.
Describes issues causing brake pedal to go to the floor, such as air in the system or leaks.
Lists causes for the brake pedal going to the floor, such as low fluid or leaks.
